建筑师们正在用木框架与传统砖石结构规划苏格兰的格拉斯哥市(Scotland's City of Glasgow)一个颇具声望的套房住宅(居民公寓小区,residential apartment block).介入该项目的工程技术人员们提出了一个采用购自科鲁期钢管公司(Crus ...建筑师们正在用木框架与传统砖石结构规划苏格兰的格拉斯哥市(Scotland's City of Glasgow)一个颇具声望的套房住宅(居民公寓小区,residential apartment block).介入该项目的工程技术人员们提出了一个采用购自科鲁期钢管公司(Crus Tubes)的中空型材的轻量化快速建筑设计方案.展开更多
Stone structures with dry joints, that is, without mortar, have shown a surprising behavior when earthquakes occur. An example of this behavior is the perennially of the so-called Inca wall in Peru, which despite havi...Stone structures with dry joints, that is, without mortar, have shown a surprising behavior when earthquakes occur. An example of this behavior is the perennially of the so-called Inca wall in Peru, which despite having suffered several earthquakes over time has remained stable without collapsing. This article presents the research carried out on stone masonry wails with dry joint, without mortar, subject to a seismic action. In order to understand the behavior of the masonry without mortar, it designs a Grid mode/ of Finite Elements. From the results, it is concluded that these walls with a certain thickness have ductility that allows them to withstand high displacement and rotation values, thus accommodating the movement of the earth subject to an earthquake. The individual stone blocks move relative to each other through rotations and displacements, which are processed in the free joints of any mortar. The joints work as energy sinks. The free movements in the joints dissipate the energy transmitted by the earthquake, not causing in this way the rupture of the stone blocks. The goal of this article is to understand the p importance of lack of mortar in the seismic behavior of the mansonry.展开更多
文摘建筑师们正在用木框架与传统砖石结构规划苏格兰的格拉斯哥市(Scotland's City of Glasgow)一个颇具声望的套房住宅(居民公寓小区,residential apartment block).介入该项目的工程技术人员们提出了一个采用购自科鲁期钢管公司(Crus Tubes)的中空型材的轻量化快速建筑设计方案.
文摘Stone structures with dry joints, that is, without mortar, have shown a surprising behavior when earthquakes occur. An example of this behavior is the perennially of the so-called Inca wall in Peru, which despite having suffered several earthquakes over time has remained stable without collapsing. This article presents the research carried out on stone masonry wails with dry joint, without mortar, subject to a seismic action. In order to understand the behavior of the masonry without mortar, it designs a Grid mode/ of Finite Elements. From the results, it is concluded that these walls with a certain thickness have ductility that allows them to withstand high displacement and rotation values, thus accommodating the movement of the earth subject to an earthquake. The individual stone blocks move relative to each other through rotations and displacements, which are processed in the free joints of any mortar. The joints work as energy sinks. The free movements in the joints dissipate the energy transmitted by the earthquake, not causing in this way the rupture of the stone blocks. The goal of this article is to understand the p importance of lack of mortar in the seismic behavior of the mansonry.
